Results 91 to 100 of about 68,495 (293)
Reflex seizures and epilepsy surgery: A network approach case‐based exploration
Epileptic Disorders, EarlyView.Abstract Context Reflex seizures (RS) are defined by their consistent provocation by specific stimuli, encompassing a broad range from elementary sensory inputs to complex cognitive tasks. While RS are often encountered in clinical practice, their surgical management remains sparsely reported and poorly systematized.
Olivier Aron +6 more
wiley +1 more source
Combined mouse neocortex connectivity.
, 2017 A. Posterior expectation of connectivity for the mouse neocortex [46], using either anterograde data only (using two latent dimensions), retrograde data only (using two latent dimensions), or the combination of both (using four latent dimensions, see ...
Marcel A. J. van Gerven (397464) +5 more
core +1 more source
Localizing value of verbal automatisms, vocal automatisms, singing, and humming: A systematic review
Epileptic Disorders, EarlyView.Abstract Objective We performed a systematic review of the localizing and lateralizing value of verbal automatisms, vocal automatisms, ictal singing, and humming in focal epilepsy with the view to summarize the state‐of‐the‐art clinico‐anatomical correlations in the field and help guide interpretation of ictal semiology within the framework of ...
Vit Vsiansky, Martin Pail, Milan Brazdil
wiley +1 more source
GAD65/67-positive cells in the meninges cover the entire developing neocortex by E14.5.
, 2013 (Upper panels) E12.5 developing neocortex was stained for GAD65/67 and developed with DAB. By E12.5, in the rostral region of the developing neocortex, GAD65/67-positive cells were present in the dorsal meninges, although the GAD65/67-positive cells did ...
Shiro Tochitani (380170) +1 more
core +1 more source
Direct cortical stimulation–evoked symptoms in the human temporal pole: A systematic review
Epileptic Disorders, EarlyView.Abstract The temporal pole represents a key node within temporolimbic networks and may contribute to seizure generation in temporal lobe epilepsy. Direct cortical stimulation (DCS), performed during intracranial presurgical evaluation, is a valuable method for delineating the seizure onset zone by reproducing electro‐clinical features of a patient's ...
Yulia Novitskaya +1 more
wiley +1 more source
The evolution of neocortex in primates [PDF]
, 2012 We can learn about the evolution of neocortex in primates through comparative studies of cortical organization in primates and those mammals that are the closest living relatives of primates, in conjunction with brain features revealed by the skull endocasts of fossil archaic primates.
openaire +2 more sources
Clonal production and organization of inhibitory interneurons in the neocortex.
, 2011 The neocortex contains excitatory neurons and inhibitory interneurons. Clones of neocortical excitatory neurons originating from the same progenitor cell are spatially organized and contribute to the formation of functional microcircuits.
Brown, KN;Chen, S;Han, Z;Lu, CH;Tan, X;Zhang, XJ;Ding, L;Lopez-Cruz, A;Saur, D;Anderson, SA;Huang, K;Shi, SH
core +1 more source
Localizing value of ictal déjà vu, déjà vécu, dreamy state and reminiscence: A systematic review
Epileptic Disorders, EarlyView.Abstract We performed a systematic review of the literature regarding the localization value of déjà vu (DV), déjà vécu, dreamy state and reminiscence in focal epilepsy, with the aim to summarize the state‐of‐the‐art anatomo‐electroclinical correlations in the field and help guide interpretation of ictal semiology within the framework of pre‐surgical ...
Amir Janah +2 more
wiley +1 more source
Advances in Applied Mathematics, 1988 We try to explain the function of the cerebral cortex by representing it as a large array of small computers, each of which applies a certain algorithm for learning to predict the inputs from the senses or other parts of the brain. This view ignores the role of the brain as a classifying device, but it puts forward its role as a learner of the laws of ...
Mycielski, Jan, Swierczkowski, S
openaire +2 more sources
, 2014 This is the unfolded neocortex of the Sloth Bear from the brain catalogue (http://siphonophore.org/braincatalogue). The brain is viewed from the top, the interhemispheric margin is in the middle of the image, left hemisphere to the left, right hemisphere
Roberto Toro (508449)
core +1 more source